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Materials
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category Kunststoffbeschichtungtensile strain at break –thermal conductivity –
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category plasticstensile strain at break 50 %thermal conductivity 0.23 W/(K*m)
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category plasticstensile strain at break 4 %thermal conductivity 0.24 W/(K*m)
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category plasticstensile strain at break 55 %thermal conductivity 0.17 W/(K*m)
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category plasticstensile strain at break 55 %thermal conductivity 0.17 W/(K*m)
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category plasticstensile strain at break 35 %thermal conductivity 0.17 W/(K*m)
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category plasticstensile strain at break 46 %thermal conductivity 0.17 W/(K*m)
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category plasticstensile strain at break 35 %thermal conductivity 0.17 W/(K*m)
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category plasticstensile strain at break 7 %thermal conductivity 0.4 W/(K*m)
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category plasticstensile strain at break 44 %thermal conductivity 0.2 W/(K*m)
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category plasticstensile strain at break 32 %thermal conductivity 0.2 W/(K*m)
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category plasticstensile strain at break 72 %thermal conductivity 0.17 W/(K*m)
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category plasticstensile strain at break > 50 %thermal conductivity 0.4 W/(K*m)
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category Nickeltensile strain at break > 30 %thermal conductivity –
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category Nickeltensile strain at break > 45 %thermal conductivity 10.1 W/(m∙°C)
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category Nickeltensile strain at break > 30 %thermal conductivity 9.8 W/(m∙°C)
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category Nickeltensile strain at break > 25 %thermal conductivity –
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category Nickeltensile strain at break > 40 %thermal conductivity 10.1 W/(m∙°C)
